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/ Method and system for controlling the automatic landing/take-off of a drone on or from a circular landing grid of a platform in particular a naval platform

机译:/控制无人机自动降落在平台(尤其是海军平台)的圆形着陆网格上或从其上着陆的方法和系统

摘要

the present invention, identifying the behavior of the grating 5, and calculates an average position, and calculate the estimated position of the grating 5, and calculating the minimum displacement speed of the grid (5) step, and a step of identifying the location of the unmanned air vehicle (4), if the unmanned air vehicle (4) is unable to follow the movement motion of the lattice of the grid (5) is less, i.e. the grid ( If smaller than the radius of 5), if the landing strategy applied by the average position of the grid is possible, and contrast, if greater the movement of the grid, that is greater than the radius of the lattice, the minimum speed of the grid matching is possible to apply a landing strategy, if the unmanned air vehicle (4) can keep up with the movement of the grid (5) If the motion of the grid is less that is less than the radius of the grid, the average of the lattice position landing strategy to be applied in accordance with, if the surface movement of the lattice greater that is, the more is greater than the radius of the grid, landing strategy to follow the position of the grating which is predicted to landing moment is characterized in that the applicable directed to a control method.
机译:在本发明中,识别光栅5的行为,计算平均位置,并计算光栅5的估计位置,计算网格的最小位移速度(5),以及识别光栅5的位置的步骤。如果无人飞行器(4)无法跟随网格(5)的格子的运动,则无人飞行器(4)的运动较小,即,栅格(如果小于半径5的情况)通过网格的平均位置应用着陆策略是可能的,相反,如果网格的移动更大,即大于网格的半径,则网格匹配的最小速度可以应用着陆策略,如果无人飞行器(4)可以跟上栅格(5)的运动。如果栅格的运动小于栅格的半径,则小于栅格的半径,则平均栅格位置着陆策略将按照与,如果晶格的表面运动越大,即大于栅格的半径,着陆策略跟随着预测到着陆力矩的光栅位置的特征在于适用于控制方法。

著录项

  • 公开/公告号KR101644589B1

    专利类型

  • 公开/公告日2016-08-01

    原文格式PDF

  • 申请/专利权人 데쎄엔에스;

    申请/专利号KR20117008851

  • 发明设计人 모헤즈베 줄리앙 피에르 기욤;

    申请日2009-10-13

  • 分类号G05D1/06;

  • 国家 KR

  • 入库时间 2022-08-21 14:12:07

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